Abstract: A mobile digital fluoroscopy system is disclosed comprising a mobile X-ray system carrier unit, a mobile control unit and an interconnecting table. The X-ray system carrier unit comprises a kV unit, a x-control unit and a first and a second X-ray system each having a transmitter and a receiver. The respective first and second X-ray systems are configured to be mounted to a G-arm and to enable X-ray imaging in mutually intersecting planes. The mobile control unit comprises a 1st inverter, a 2nd inverter, a 1st transmitter generator, a 2nd transmitter generator and a display system. The kV unit is configured to control transmitters to emit or not to emit X-ray energy, to receive image data from the receivers and to send image data via a network connection in said cable.

Abstract: A mobile digital fluoroscopy system comprising a mobile X-ray system carrier unit (1) comprising a first and a second X-ray device (19, 20) each having a transmitter (21, 23) and a receiver (22, 24), wherein said respective first and second X-ray devices (19, 20) are configured to enable X-ray imaging in mutually intersecting planes, a kV unit 1012; and; wherein said a mobile control unit (2a) is communicatively coupled to the mobile X-ray system carrier (1) via a cable (150), wherein said mobile control unit (2a) is configured to receive a first set of image data 810 from said kV unit (1012) and sending a control signal to said kV unit (1012) upon completion of receiving of said image data 810, wherein kV unit 1012 is configured to generate a synchronization signal 820 to said transmitters (21, 23) and receivers (22,24) and to send a second set of image data 810 received from receivers (22,24) to the mobile control unit 2a.

Abstract: A mobile digital fluoroscopy system, having a mobile X-ray system carrier unit having a first and a second X-ray system each having a transmitter and a receiver, said respective first and second X-ray systems being mounted on a G-arm to enable X-ray imaging in mutually intersecting planes, the system further comprising a mobile control unit (200) configured to receive a control voltage value via a control interface and send said control voltage value to a a monoblock 230 configured to measure a voltage used in the system and sending said measured voltage value 291 to a kV unit 250; a kV unit 250 configured to receive a measured voltage value from said monoblock 230, calculates a regulated voltage value based on said measured voltage value 291 and sending said regulated voltage value to inverter 240; an inverter unit 240 configured to generate a voltage value 290 to monoblock 230 based on and corresponding to said regulated voltage value received from kV unit 250;

Abstract: A mobile digital fluoroscopy system, having a mobile unit (1) having a first and a second X-ray system each having a transmitter (21, 23) and a receiver (22, 24), said respective first and second X-ray systems to enable X-ray imaging in mutually intersecting planes comprising a first control unit (510) configured with a control interface (520) and a memory (530), wherein said control interface comprises multiple disjunctive control interface windows of the control interface adapted to display data based on functional status data, wherein said first control unit is further configured to receive functional status data as status control signals from receivers (22, 24), process function status data to a visual representation of said function status data as display data, present said visual representation on said control interface 520 based on said display data, wherein presenting comprises displaying subsets of display data in said multiple disjunctive control interface windows (610-690), wherein said multiple di

Abstract: A mobile digital fluoroscopy system comprising a mobile X-ray system carrier unit (1) comprising a first and a second X-ray device (19, 20) each having a transmitter (21, 23) and a receiver (22, 24), wherein said respective first and second X-ray devices (19, 20) are configured to enable X-ray imaging in mutually intersecting planes, a kV unit 1012; and; wherein said a mobile control unit (2a) is communicatively coupled to the mobile X-ray system carrier (1) via a cable (150), wherein said mobile control unit (2a) is configured to receive a first set of image data 810 from said kV unit (1012) and sending a control signal to said kV unit (1012) upon completion of receiving of said image data 810, wherein kV unit 1012 is configured to generate a synchronization signal 820 to said transmitters (21, 23) and receivers (22,24) and to send a second set of image data 810 received from receivers (22,24) to the mobile control unit 2a.

Abstract: A turbine system and a method for operating a work machine are provided herein. The turbine system including: a first, a second, and a third turbine, a central gearbox mechanically coupled on the input side to the three turbines and having a mechanical connection on the output side for connecting a work machine, a first fluid line for conveying a working fluid from the first turbine to the second turbine, a second fluid line for conveying the working fluid from the second turbine to the third turbine, a first connecting unit designed such that a first partial mass flow of the working fluid can be removed from the first fluid line or supplied to the first fluid line, and a second connecting unit designed such that a second partial mass flow of the working fluid can be removed from the second fluid line or supplied to the second fluid line.